Draw a BST. Then write preorder, in-order and level order traversal. Also mention the height of the tree. Insert 35, 18, 45, 20, 70, 10, 8.7 and 80
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Course : Data Structure and
Question
Draw a BST. Then write preorder, in-order and level order traversal. Also mention the height of the tree.
Insert 35, 18, 45, 20, 70, 10, 8.7 and 80
Step by step
Solved in 3 steps with 1 images
- Insert the value “11” into the following AVL tree; draw the result:How many references must you changes to insert a node between two nodes in a double linked list. Show your answer with a drawing highlighting the new references. Assuming current is the reference of the next-to-last node in a linked list, write a statement that deletes the last node from the list. What is the time complexity of deleting a node from a linked listed? Is it faster than deleting a node from an array? Why?In c++ 127, 125, 129,122, 128,126,130,131,124,123 Implement Binary tree using above values. Write a function to implement Depth First Search. Write code to implement Preorder, Inorder, Postorder traversal A function to display the values.
- Add the data element ITEM to the list to the right of node NODE, starting with the single linked list START (ITEM is to be inserted as the data element NODE represents' successor), Describe the steps that need to be taken and give an example of the logical representation of the insert operation.Design a procedure to remove any nodes with a duplicate key from a linked list.Develop a procedure to remove all nodes from a linked list that share a key.
- Starting with a single linked list START, add the data element ITEM to the list to the right of node NODE (ITEM is to be inserted as the data element NODE's successor). Lay out the activities to be taken and draw a logical representation of the insert procedure.3. Insert the values 1,2,3,4,5 into a B tree . Attach the B tree formed after all insertions into the file.Draw BST for the following input 76, 21, 33, 98, 8, 50, 37, 29, 89, 95, 99. You need to show the steps for each input. Finally represent the tree in a array using the technique we learned in the class. you have write your name and ID in each page
- def to tree (obj: Union [int, List])-> Optional [Tree]: """Return the Tree which represents. Return None if is not a valid representation of a Tree. You may not access Tree attributes directly, since they're private. This function can be implemented only using the Tree initializer. >>> t = to_tree ([1, [2, [5], [6]], [3, [7], [8, [10]]], [4, [9]]]) >>> t._root 1 >>> t._subtrees [0]._root 2 >>> t._subtrees [1]._root 3 >>> t._subtrees [2]._root 4Q1/ You have an array representation of tree with the following data in array (T) that are starting from location Zero (T[0]) 44, 13, 52, 33, 67, 22, 56, 11, 19. (1) Draw the corresponding tree, showing the rules. (2) What is the depth of the tree? (3) What is the maximum size of array (T)? (4) Who is the parent of the node of value (22)? C12/ Use the following data to build Min Heap Tree? 35, 92, 23, 74, 13, 11. Then insert 17. Q3/ Suppose that we first insert an element x into a binary search tree that does not already contain x. Suppose that we then immediately delete x from the tree. Will the new tree be identical to the original one? If yes give the reason in no more than 3 sentences. If no give an example. Draw pictures if you necessary. Q4/ Consider the directed graph G1 with the set of vertices (A; B;C; D; Eg and eight weighted edges, given by the following triples: (A; B; 9); (A;C; 2); (A; D; 6); (C; D; 3); (C; E; 1); (D; B; 2); (E; B; 3); (E; D; 1): For example, the triple…Direction: Language is Python. Codes must have a function, output and comments. 1. Implement Trees using LinkedList.